{-# LANGUAGE OverloadedStrings #-}
{-# LANGUAGE QuasiQuotes #-}
module Main (main) where
import Control.Lens
import Control.Monad.State.Lazy
import Data.ByteString.Lazy (ByteString)
import qualified Data.Map as M
import Data.Time.Clock.POSIX (POSIXTime)
import qualified Data.Vector as V
import Text.RawString.QQ
import Text.XML
import Text.XML.Cursor
import Test.Tasty (defaultMain,
testGroup)
import Test.Tasty.HUnit (testCase)
import Test.Tasty.SmallCheck (testProperty)
import Test.SmallCheck.Series (Positive (..))
import Test.Tasty.HUnit (HUnitFailure (..),
(@=?))
import Codec.Xlsx
import Codec.Xlsx.Formatted
import Codec.Xlsx.Parser.Internal
import Codec.Xlsx.Types.Internal.CommentTable
import Codec.Xlsx.Types.Internal.CustomProperties as CustomProperties
import Codec.Xlsx.Types.Internal.SharedStringTable
import Diff
main :: IO ()
main = defaultMain $
testGroup "Tests"
[ testProperty "col2int . int2col == id" $
\(Positive i) -> i == col2int (int2col i)
, testCase "write . read == id" $
testXlsx @=? toXlsx (fromXlsx testTime testXlsx)
, testCase "fromRows . toRows == id" $
testCellMap1 @=? fromRows (toRows testCellMap1)
, testCase "fromRight . parseStyleSheet . renderStyleSheet == id" $
testStyleSheet @=? fromRight (parseStyleSheet (renderStyleSheet testStyleSheet))
, testCase "correct shared strings parsing" $
[testSharedStringTable] @=? testParsedSharedStringTables
, testCase "correct shared strings parsing even when one of the shared strings entry is just " $
[testSharedStringTableWithEmpty] @=? testParsedSharedStringTablesWithEmpty
, testCase "correct comments parsing" $
[testCommentTable] @=? testParsedComments
, testCase "correct custom properties parsing" $
[testCustomProperties] @==? testParsedCustomProperties
, testCase "proper results from `formatted`" $
testFormattedResult @==? testRunFormatted
, testCase "proper results from `conditionalltyFormatted`" $
testCondFormattedResult @==? testRunCondFormatted
]
testXlsx :: Xlsx
testXlsx = Xlsx sheets minimalStyles definedNames customProperties
where
sheets = M.fromList [("List1", sheet1), ("Another sheet", sheet2)]
sheet1 = Worksheet cols rowProps testCellMap1 ranges sheetViews pageSetup cFormatting
sheet2 = def & wsCells .~ testCellMap2
rowProps = M.fromList [(1, RowProps (Just 50) (Just 3))]
cols = [ColumnsWidth 1 10 15 1]
ranges = [mkRange (1,1) (1,2), mkRange (2,2) (10, 5)]
minimalStyles = renderStyleSheet minimalStyleSheet
definedNames = DefinedNames [("SampleName", Nothing, "A10:A20")]
sheetViews = Just [sheetView1, sheetView2]
sheetView1 = def & sheetViewRightToLeft .~ Just True
& sheetViewTopLeftCell .~ Just "B5"
sheetView2 = def & sheetViewType .~ Just SheetViewTypePageBreakPreview
& sheetViewWorkbookViewId .~ 5
& sheetViewSelection .~ [ def & selectionActiveCell .~ Just "C2"
& selectionPane .~ Just PaneTypeBottomRight
, def & selectionActiveCellId .~ Just 1
& selectionSqref ?~ SqRef ["A3:A10","B1:G3"]
]
pageSetup = Just $ def & pageSetupBlackAndWhite .~ Just True
& pageSetupCopies .~ Just 2
& pageSetupErrors .~ Just PrintErrorsDash
& pageSetupPaperSize .~ Just PaperA4
customProperties = M.fromList [("some_prop", VtInt 42)]
cFormatting = M.fromList [(SqRef ["A1:B3"], rules1), (SqRef ["C1:C10"], rules2)]
cfRule c d = CfRule { _cfrCondition = c
, _cfrDxfId = Just d
, _cfrPriority = topCfPriority
, _cfrStopIfTrue = Nothing
}
rules1 = [ cfRule ContainsBlanks 1
, cfRule (ContainsText "foo") 2
, cfRule (CellIs (OpBetween (Formula "A1") (Formula "B10"))) 3
]
rules2 = [ cfRule ContainsErrors 3 ]
testCellMap1 :: CellMap
testCellMap1 = M.fromList [ ((1, 2), cd1), ((1, 5), cd2)
, ((3, 1), cd3), ((3, 2), cd4), ((3, 7), cd5)
]
where
cd v = def {_cellValue=Just v}
cd1 = cd (CellText "just a text")
cd2 = cd (CellDouble 42.4567)
cd3 = cd (CellText "another text")
cd4 = def -- shouldn't it be skipped?
cd5 = cd (CellBool True)
testCellMap2 :: CellMap
testCellMap2 = M.fromList [ ((1, 2), def & cellValue ?~ CellText "something here")
, ((3, 5), def & cellValue ?~ CellDouble 123.456)
, ((2, 4),
def & cellValue ?~ CellText "value"
& cellComment ?~ comment1
)
, ((10, 7),
def & cellValue ?~ CellText "value"
& cellComment ?~ comment2
)
]
where
comment1 = Comment (XlsxText "simple comment") "bob"
comment2 = Comment (XlsxRichText [rich1, rich2]) "alice"
rich1 = def & richTextRunText.~ "Look ma!"
& richTextRunProperties ?~ (
def & runPropertiesBold ?~ True
& runPropertiesFont ?~ "Tahoma")
rich2 = def & richTextRunText .~ "It's blue!"
& richTextRunProperties ?~ (
def & runPropertiesItalic ?~ True
& runPropertiesColor ?~ (def & colorARGB ?~ "FF000080"))
testTime :: POSIXTime
testTime = 123
fromRight :: Either a b -> b
fromRight (Right b) = b
testStyleSheet :: StyleSheet
testStyleSheet = minimalStyleSheet & styleSheetDxfs .~ [dxf1, dxf2]
where
dxf1 = def & dxfFont ?~ (def & fontBold ?~ True
& fontSize ?~ 12)
dxf2 = def & dxfFill ?~ (def & fillPattern ?~ (def & fillPatternBgColor ?~ red))
red = def & colorARGB ?~ "FFFF0000"
testSharedStringTable :: SharedStringTable
testSharedStringTable = SharedStringTable $ V.fromList items
where
items = [text, rich]
text = XlsxText "plain text"
rich = XlsxRichText [ RichTextRun Nothing "Just "
, RichTextRun (Just props) "example" ]
props = def & runPropertiesBold .~ Just True
& runPropertiesUnderline .~ Just FontUnderlineSingle
& runPropertiesSize .~ Just 10
& runPropertiesFont .~ Just "Arial"
& runPropertiesFontFamily .~ Just FontFamilySwiss
testSharedStringTableWithEmpty :: SharedStringTable
testSharedStringTableWithEmpty =
SharedStringTable $ V.fromList [XlsxText ""]
testParsedSharedStringTables ::[SharedStringTable]
testParsedSharedStringTables = fromCursor . fromDocument $ parseLBS_ def testStrings
testParsedSharedStringTablesWithEmpty :: [SharedStringTable]
testParsedSharedStringTablesWithEmpty = fromCursor . fromDocument $ parseLBS_ def testStringsWithEmpty
testCommentTable = CommentTable $ M.fromList
[ ("D4", Comment (XlsxRichText rich) "Bob")
, ("A2", Comment (XlsxText "Some comment here") "CBR") ]
where
rich = [ RichTextRun
{ _richTextRunProperties =
Just $ def & runPropertiesCharset ?~ 1
& runPropertiesColor ?~ def -- TODO: why not Nothing here?
& runPropertiesFont ?~ "Calibri"
& runPropertiesScheme ?~ FontSchemeMinor
& runPropertiesSize ?~ 8.0
, _richTextRunText = "Bob:"}
, RichTextRun
{ _richTextRunProperties =
Just $ def & runPropertiesCharset ?~ 1
& runPropertiesColor ?~ def
& runPropertiesFont ?~ "Calibri"
& runPropertiesScheme ?~ FontSchemeMinor
& runPropertiesSize ?~ 8.0
, _richTextRunText = "Why such high expense?"}]
testParsedComments ::[CommentTable]
testParsedComments = fromCursor . fromDocument $ parseLBS_ def testComments
testStrings :: ByteString
testStrings = "\
\\
\plain text\
\Just \
\example\
\"
testStringsWithEmpty :: ByteString
testStringsWithEmpty = "\
\\
\\
\"
testComments :: ByteString
testComments = [r|
Bob
CBR
Bob:
Why such high expense?
Some comment here
|]
testCustomProperties :: CustomProperties
testCustomProperties = CustomProperties.fromList
[ ("testTextProp", VtLpwstr "test text property value")
, ("prop2", VtLpwstr "222")
, ("bool", VtBool False)
, ("prop333", VtInt 1)
, ("decimal", VtDecimal 1.234) ]
testParsedCustomProperties ::[CustomProperties]
testParsedCustomProperties = fromCursor . fromDocument $ parseLBS_ def testCustomPropertiesXml
testCustomPropertiesXml :: ByteString
testCustomPropertiesXml = [r|
222
1
test text property value
1.234
false
ZXhhbXBs
ZSBibG9i
IGNvbnRl
bnRz
|]
testFormattedResult :: Formatted
testFormattedResult = Formatted cm styleSheet merges
where
cm = M.fromList [((1, 1), cell11),((1, 2), cell2)]
cell11 = Cell
{ _cellStyle = Just 1
, _cellValue = Just (CellText "text at A1")
, _cellComment = Nothing }
cell2 = Cell
{ _cellStyle = Just 2
, _cellValue = Just (CellDouble 1.23)
, _cellComment = Nothing }
merges = []
styleSheet =
minimalStyleSheet & styleSheetCellXfs %~ (++ [cellXf1, cellXf2])
& styleSheetFonts %~ (++ [font1, font2])
nextFontId = length (minimalStyleSheet ^. styleSheetFonts)
cellXf1 = def
{ _cellXfApplyFont = Just True
, _cellXfFontId = Just nextFontId }
font1 = def
{ _fontName = Just "Calibri"
, _fontBold = Just True }
cellXf2 = def
{ _cellXfApplyFont = Just True
, _cellXfFontId = Just (nextFontId + 1) }
font2 = def
{ _fontItalic = Just True }
testRunFormatted :: Formatted
testRunFormatted = formatted formattedCellMap minimalStyleSheet
where
formattedCellMap = flip execState def $ do
let font1 = def & fontBold ?~ True
& fontName ?~ "Calibri"
at (1, 1) ?= (def & formattedValue ?~ CellText "text at A1"
& formattedFont ?~ font1)
at (1, 2) ?= (def & formattedValue ?~ CellDouble 1.23
& formattedFont . non def . fontItalic ?~ True)
testCondFormattedResult :: CondFormatted
testCondFormattedResult = CondFormatted styleSheet formattings
where
styleSheet =
minimalStyleSheet & styleSheetDxfs .~ dxfs
dxfs = [ def & dxfFont ?~ (def & fontUnderline ?~ FontUnderlineSingle)
, def & dxfFont ?~ (def & fontStrikeThrough ?~ True)
, def & dxfFont ?~ (def & fontBold ?~ True) ]
formattings = M.fromList [ (SqRef ["A1:A2", "B2:B3"], [cfRule1, cfRule2])
, (SqRef ["C3:E10"], [cfRule1])
, (SqRef ["F1:G10"], [cfRule3]) ]
cfRule1 = CfRule
{ _cfrCondition = ContainsBlanks
, _cfrDxfId = Just 0
, _cfrPriority = 1
, _cfrStopIfTrue = Nothing }
cfRule2 = CfRule
{ _cfrCondition = BeginsWith "foo"
, _cfrDxfId = Just 1
, _cfrPriority = 1
, _cfrStopIfTrue = Nothing }
cfRule3 = CfRule
{ _cfrCondition = CellIs (OpGreaterThan (Formula "A1"))
, _cfrDxfId = Just 2
, _cfrPriority = 1
, _cfrStopIfTrue = Nothing }
testRunCondFormatted :: CondFormatted
testRunCondFormatted = conditionallyFormatted condFmts minimalStyleSheet
where
condFmts = flip execState def $ do
let cfRule1 = def & condfmtCondition .~ ContainsBlanks
& condfmtDxf . dxfFont . non def . fontUnderline ?~ FontUnderlineSingle
cfRule2 = def & condfmtCondition .~ BeginsWith "foo"
& condfmtDxf . dxfFont . non def . fontStrikeThrough ?~ True
cfRule3 = def & condfmtCondition .~ CellIs (OpGreaterThan (Formula "A1"))
& condfmtDxf . dxfFont . non def . fontBold ?~ True
at "A1:A2" ?= [cfRule1, cfRule2]
at "B2:B3" ?= [cfRule1, cfRule2]
at "C3:E10" ?= [cfRule1]
at "F1:G10" ?= [cfRule3]